Bar magnets of Samarium-Cobalt (SmCo)

Deep pot magnet made of SmCo, brass housing, with fit tolerance h6

Bar gripp of SmCo brass housing fitting tolerance h6 20mm | © Brugger GmbH
technical drawing Rod gripper made of NdFeB with brass housing | © Brugger GmbH
Bar gripp of SmCo brass housing fitting tolerance h6 20mm | © Brugger GmbH
technical drawing Rod gripper made of NdFeB with brass housing | © Brugger GmbH

PRODUCT INFORMATION:
When installing the deep pot magnet directly in iron, the adhesive force is reduced by up to 15% due to magnetic short circuits. To avoid this, certain distances must be maintained between the brass sheath of the deep pot magnet and the iron. The distances to the iron must also be maintained if the deep pot magnet has been shortened by dimension A. The recommended distances can be found in the column below (distance mm).

The holding surface is ground and therefore not galvanised.

As an alternative to the standard version, we also offer customised solutions:
" Housing made of stainless steel
" Housing completely galvanised for better corrosion protection
" Higher operating temperature up to 280 °C
" Pole shoes made of stainless steel

Data sheet
Product variants
Article numberD mmH mmA¹ mmDistance mmThread MxLAdhesive force* NWeight gTemperature °C
SG-6-SC/h66 (h6) 20 +0.2/-0.2101.5-84200 Download CAD file
Bar gripp of SmCo brass housing fitting tolerance h6 6mm | © Brugger GmbH
Article number: SG-6-SC/h6
D mm: 6 (h6)
H mm: 20 +0.2/-0.2
A¹ mm: 10
Distance mm: 1.5
Thread MxL: -
Adhesive force* N: 8
Weight g: 4
Temperature °C: 200
SG-8-SC/h68 (h6) 20 +0.2/-0.2101.5-227200 Download CAD file
Bar gripp of SmCo brass housing fitting tolerance h6 8mm | © Brugger GmbH
Article number: SG-8-SC/h6
D mm: 8 (h6)
H mm: 20 +0.2/-0.2
A¹ mm: 10
Distance mm: 1.5
Thread MxL: -
Adhesive force* N: 22
Weight g: 7
Temperature °C: 200
SG-10-SC/h610 (h6) 20 +0.2/-0.282-4012200 Download CAD file
Bar gripp of SmCo brass housing fitting tolerance h6 10mm | © Brugger GmbH
Article number: SG-10-SC/h6
D mm: 10 (h6)
H mm: 20 +0.2/-0.2
A¹ mm: 8
Distance mm: 2
Thread MxL: -
Adhesive force* N: 40
Weight g: 12
Temperature °C: 200
SG-13-SC/h613 (h6) 20 +0.2/-0.262.5-6020200 Download CAD file
Bar gripp of SmCo brass housing fitting tolerance h6 13mm | © Brugger GmbH
Article number: SG-13-SC/h6
D mm: 13 (h6)
H mm: 20 +0.2/-0.2
A¹ mm: 6
Distance mm: 2.5
Thread MxL: -
Adhesive force* N: 60
Weight g: 20
Temperature °C: 200
SG-16-SC/h616 (h6) 20 +0.2/-0.223-12530200 Download CAD file
Bar gripp of SmCo brass housing fitting tolerance h6 16mm | © Brugger GmbH
Article number: SG-16-SC/h6
D mm: 16 (h6)
H mm: 20 +0.2/-0.2
A¹ mm: 2
Distance mm: 3
Thread MxL: -
Adhesive force* N: 125
Weight g: 30
Temperature °C: 200
SG-20-SC/h620 (h6) 25 +0.2/-0.254-25059200 Download CAD file
Bar gripp of SmCo brass housing fitting tolerance h6 20mm | © Brugger GmbH
Article number: SG-20-SC/h6
D mm: 20 (h6)
H mm: 25 +0.2/-0.2
A¹ mm: 5
Distance mm: 4
Thread MxL: -
Adhesive force* N: 250
Weight g: 59
Temperature °C: 200
SG-25-SC/h625 (h6) 35 +0.3/-0.375-400135200 Download CAD file
Bar gripp of SmCo brass housing fitting tolerance h6 25mm | © Brugger GmbH
Article number: SG-25-SC/h6
D mm: 25 (h6)
H mm: 35 +0.3/-0.3
A¹ mm: 7
Distance mm: 5
Thread MxL: -
Adhesive force* N: 400
Weight g: 135
Temperature °C: 200
SG-32-SC/h632 (h6) 40 +0.3/-0.34.56-600250200 Download CAD file
Bar gripp of SmCo brass housing fitting tolerance h6 32mm | © Brugger GmbH
Article number: SG-32-SC/h6
D mm: 32 (h6)
H mm: 40 +0.3/-0.3
A¹ mm: 4.5
Distance mm: 6
Thread MxL: -
Adhesive force* N: 600
Weight g: 250
Temperature °C: 200
¹ Max. length by which the deep pot magnet can be shortened or machined without damaging it.
* The forces have been determined at room temperature on a polished plate made of steel (S235JR according to DIN 10 025) with a thickness of 10 mm (1kg~10N). A deviation of up to -10% from the specified value is possible in exceptional cases. In general, the value is exceeded. The type of application (installation situation, temperatures, counter anchors, etc.) sometimes influence the forces enormously. The values given are for orientation purposes. Let our experts advise you.